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Introducing the CHT-1230 UAV Series: Precision Airspeed and Altitude Sensing for Drone /Unmanned Aerial Vehicle Applications
UAV Drone Deployment AV Sensors is pleased to introduce the The CHT-1230 UAV Series  is a rugged, temperature-compensated, millivolt-output pressure sensor engineered for high-accuracy airspeed, altitude, and environmental pressure measurement  in advanced drone and UAV platforms. Built on Advanced Sensor Ceramic Hybrid Technology (CHT) , the sensor integrates a high-stability silicon MEMS die with a ceramic hybrid substrate containing laser-trimmed thick-film resistors  for
John Valentini
Oct 201 min read
Application Note #4: Practical I²C Code Examples for 16-Bit Digital Pressure Sensors
Code Examples for 16 Bit Digital Sensors In this fourth installment of AVSensors’ 10-part application note series, we shift from...
John Valentini
Sep 92 min read
Application Note #3: Making the Switch—Understanding 16-Bit Digital Pressure Sensors
Understanding 16 Bit Digital Sensors Still clinging to your analog roots? You're not alone. But with sensor precision demands increasing...
John Valentini
Aug 182 min read
Introducing the MCT‑SM58A & SM58D Series: High‑Performance Board‑Mount Pressure Sensors for Medical & Life‑Science Applications
AV Sensors is pleased to introduce the MCT‑SM58A and MCT‑SM58D Series board‑mounted pressure sensors, designed for applications where precision, reliability, and fast response are critical. Built on our proven Multi‑Chip Technology (MCT) platform, these compact sensors deliver either high‑level analog voltage (SM58A) or high‑resolution digital (I²C/SPI) outputs, making them ideal for medical devices, laboratory systems, and environmental monitoring solutions.
John Valentini
Jul 282 min read
Application Note #2: Understanding Temperature Compensation for Precision Sensor Performance
Despite advances in MEMS and silicon micromachining, piezoresistive pressure sensors remain sensitive to thermal shifts that affect zero offset, span, and bridge resistance. This note presents a clear and practical guide to hardware-based compensation strategies that ensure accuracy and reliability across operating temperatures.
John Valentini
Jul 12 min read
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